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Mathieu Fregeau, JamesC. Hermanson, DennisP. Stocker & UdayG. Hegde. (2010) Turbulent Structure Dynamics of Buoyant and Non-Buoyant Pulsed Jet Diffusion Flames. Combustion Science and Technology 182:3, pages 309-330.
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AjayK. Agrawal, BurtW. Albers & KhalidN. Alammar. (2005) EFFECTS OF BUOYANCY ON TRANSITIONAL HYDROGEN GAS-JET DIFFUSION FLAMES. Combustion Science and Technology 177:2, pages 305-322.
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J.C. HERMANSON, E. GHAEM-MAGHAMI & H. JOHARI. (2004) CO/UNBURNED HYDROCARBON EMISSIONS OF STRONGLY-PULSED TURBULENT DIFFUSION FLAMES. Combustion Science and Technology 176:11, pages 1855-1866.
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Articles from other publishers (32)
Dan Li, Yuzhe Wen, Yu Cheng Liu & Shuangfeng Wang. (2024) On the transition modes and mechanisms for laminar to turbulent lifted jet diffusion flames at normal- and micro-gravity. Combustion and Flame 260, pages 113269.
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Chenghao Qian, Yao Yang, Gaofeng Wang, Anastasia Krikunova & Keqi Hu. (2023) Effect of Gravity Orientation on Flickering Characteristics of Premixed Conical Flame. Microgravity Science and Technology 36:1.
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Yang Gao, Yuling Dou, Changfa Tao, Peixiang He, Xiao Zhang, Xin Huang & Xiaomeng Zhou. (2023) Numerical analysis on combustion characteristics of diffusion jet flame under different gravity environments. Case Studies in Thermal Engineering 50, pages 103481.
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A. I. Krikunova. (2019) Effects of Gravity on Plane-Symmetric Rod-Stabilized Flame Stabilization. High Temperature 57:3, pages 430-437.
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Dan LI & Shuangfeng WANG. (2018) Experimental Study of Buoyancy Effect on Transitional Jet Diffusion Flames ormalsize. Chinese Journal of Space Science 38:2, pages 227.
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A. I. Krikunova & E. E. Son. (2018) Effect of Gravity on Premixed Methane–Air Flames. High Temperature 56:1, pages 84-91.
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Matthew P. Juniper, Larry K.B. Li & Joseph W. Nichols. (2009) Forcing of self-excited round jet diffusion flames. Proceedings of the Combustion Institute 32:1, pages 1191-1198.
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Mathieu Fregeau, Ying-Hao Liao, James Hermanson, Dennis Stocker & Uday Hegde. (2008) Effects of Injection Conditions on Strongly-Pulsed Turbulent Jet Flame Structure. Effects of Injection Conditions on Strongly-Pulsed Turbulent Jet Flame Structure.
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JOSEPH W. NICHOLS, PETER J. SCHMID & JAMES J. RILEY. (2007) Self-sustained oscillations in variable-density round jets. Journal of Fluid Mechanics 582, pages 341-376.
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Mathieu Fregeau, Pei-Ying Tsai & James Hermanson. (2006) CO/NO Emissions of Strongly-Pulsed Turbulent Nonpremixed Flames. CO/NO Emissions of Strongly-Pulsed Turbulent Nonpremixed Flames.
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K. Mehravaran & F. A. Jaberi. (2004) Direct numerical simulation of transitional and turbulent buoyant planar jet flames. Physics of Fluids 16:12, pages 4443-4461.
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J.C. Hermanson, H. Johari, D.P. Stocker & U.G. Hegde. (2004) Buoyancy effects in strongly pulsed turbulent diffusion flames. Combustion and Flame 139:1-2, pages 61-76.
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Cherian A. Idicheria, Isaac G. Boxx & Noel T. Clemens. (2004) Characteristics of turbulent nonpremixed jet flames under normal- and low-gravity conditions. Combustion and Flame 138:4, pages 384-400.
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James Hermanson, Hamid Johari, Dennis Stocker, Uday Hegde, E. Ghaem-Maghami & K. Page. (2004) Thermal Characteristics and Structure of Fully-Modulated, Turbulent Diffusion Flames in Microgravity. Thermal Characteristics and Structure of Fully-Modulated, Turbulent Diffusion Flames in Microgravity.
Viswanath Katta, Fumiaki Takahashi & Gregory Linteris. (2003) Extinction Characteristics of Cup-Burner Flames in Microgravity. Extinction Characteristics of Cup-Burner Flames in Microgravity.
Hamid Johari, Elham Ghaem-Maghami & James Hermanson. (2003) Exhaust Emissions of Fully-Modulated Turbulent Diffusion Flames. Exhaust Emissions of Fully-Modulated Turbulent Diffusion Flames.
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Fumiaki Takahashi & Viswanath R. Katta. (2002) Reaction kernel structure and stabilizing mechanisms of jet diffusion flames in microgravity. Proceedings of the Combustion Institute 29:2, pages 2509-2518.
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C. Idicheria, I. Boxx & N. Clemens. (2001) Large-scale flow structure in turbulent nonpremixed flames under normal- and low-gravity conditions. Large-scale flow structure in turbulent nonpremixed flames under normal- and low-gravity conditions.
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